Abstract
The evolution of neon implosion of low energy discharge (4 kJ, 40 kV, 150 kA, 1.1 {mu}s) was studied using X-ray, schlieren and high speed electrooptical visible gated Quadro camera diagnostics. The geometry, the helical structure of pinched column, two steps of pinching and X-ray emission were studied. The diameters, electron density and temperature of the hot spots were determined. The hypothesis of axial component of magnetic field generation, of helical shape of magnetic and electric field lines, of the possibility of the release of magnetic energy and of the acceleration of the keV electrons and ions due to voltage induction during the second pinching of the column are discussed. (author). 3 figs., 5 refs.
Kubes, P;
Kravarik, J;
[1]
Kolacek, K;
Krejci, A;
[2]
Paduch, M;
Tomaszewski, K
[3]
- Ceske Vysoke Uceni Technicke, Prague (Czech Republic). Fakulta Elektrotechnicka
- Akademie Ved Ceske Republiky, Prague (Czech Republic). Ustav Fyziky Plazmatu
- Inst. of Plasma Physics and Laser Microfusion, Warsaw (Poland)
Citation Formats
Kubes, P, Kravarik, J, Kolacek, K, Krejci, A, Paduch, M, and Tomaszewski, K.
Mechanism of hot spots formation in magnetic Z-pinch.
Czech Republic: N. p.,
1996.
Web.
Kubes, P, Kravarik, J, Kolacek, K, Krejci, A, Paduch, M, & Tomaszewski, K.
Mechanism of hot spots formation in magnetic Z-pinch.
Czech Republic.
Kubes, P, Kravarik, J, Kolacek, K, Krejci, A, Paduch, M, and Tomaszewski, K.
1996.
"Mechanism of hot spots formation in magnetic Z-pinch."
Czech Republic.
@misc{etde_511164,
title = {Mechanism of hot spots formation in magnetic Z-pinch}
author = {Kubes, P, Kravarik, J, Kolacek, K, Krejci, A, Paduch, M, and Tomaszewski, K}
abstractNote = {The evolution of neon implosion of low energy discharge (4 kJ, 40 kV, 150 kA, 1.1 {mu}s) was studied using X-ray, schlieren and high speed electrooptical visible gated Quadro camera diagnostics. The geometry, the helical structure of pinched column, two steps of pinching and X-ray emission were studied. The diameters, electron density and temperature of the hot spots were determined. The hypothesis of axial component of magnetic field generation, of helical shape of magnetic and electric field lines, of the possibility of the release of magnetic energy and of the acceleration of the keV electrons and ions due to voltage induction during the second pinching of the column are discussed. (author). 3 figs., 5 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}
title = {Mechanism of hot spots formation in magnetic Z-pinch}
author = {Kubes, P, Kravarik, J, Kolacek, K, Krejci, A, Paduch, M, and Tomaszewski, K}
abstractNote = {The evolution of neon implosion of low energy discharge (4 kJ, 40 kV, 150 kA, 1.1 {mu}s) was studied using X-ray, schlieren and high speed electrooptical visible gated Quadro camera diagnostics. The geometry, the helical structure of pinched column, two steps of pinching and X-ray emission were studied. The diameters, electron density and temperature of the hot spots were determined. The hypothesis of axial component of magnetic field generation, of helical shape of magnetic and electric field lines, of the possibility of the release of magnetic energy and of the acceleration of the keV electrons and ions due to voltage induction during the second pinching of the column are discussed. (author). 3 figs., 5 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}